Parasites : Molecular Biology, Drug and Vaccine Design

Partial table of contents: GENE EXPRESSION DURING PARASITE DIFFERENTIATION AND DEVELOPMENT. Trypanosoma Cruzi as a Model System for Studying Cell Differentiation (S. Goldenberg). THE POTENTIAL FOR MOLECULAR GENETICS IN PARASITE SYSTEMS. DNA-Mediated Transfection of the Trypanosomatid Protozoan Leptomonas Seymouri (V. Bellofatto, et al.). MOLECULES OF THE PARASITE MEMBRANE. Identification of an EGF Receptor Homologue in Trypanosomes (G. Hide, et al.). MOLECULAR MODELING AND PARASITE DRUG DESIGN. Trypanothione (N. Murgolo, et al.). VACCINES. Vaccines and Vaccination Strategies: Helminths (G. Mitchell). CYTOKINES IN PARASITIC DISEASE. TNF: An Essential Mediator in Cerebral Malaria? (G. Grau, et al.). PATHOGENESIS AND VIRULENCE FACTORS: SESSION SUMMARY. Discussion Session: Pathogenesis and Virulence Factors (D. Mirelman). EPIDEMIOLOGY. Field Testing of Monoclonal Probe Specific for Infective Larvae of Human Brugian Parasites (C. Carlow, et al.). Index.Agabian, Nina is the author of 'Parasites : Molecular Biology, Drug and Vaccine Design', published 1990 under ISBN 9780471567646 and ISBN 0471567647.